@Dianazoic @Goji_Saurus interestingly it’s larger than Vraptor and Deinonychus in JWE2 and yes they do
Hartman et al. recovered it as such and this is supported by some past anatomical studies too https://t.co/tCxjWFYCSG
@lsfilippi @DRuiz06 Pareciera que sí, porque también tendría unas proporciones mas parecidas a _Deinonychus_ y no las raras de _Utahraptor_. Lo que sí, en este trabajo de 2019 a _Dakotaraptor_ se lo recupera como un unenlagiino! https://t.co/OWxqw6ytN4
@Cambriannelids @RussellGarwood @phyloprog @ThePalAss (2/2) If you want to include and run a real-world data set, here's an #opendata matrix with tips that have everything between 1.4% and 98.8% missing data (700 chars x 505 tips)
https://t.co/C3qOggHkfC
Its principal signal (best-cov. tips) is trivial: https://t.co/ssQmZ3a2sA https://t.co/dvILo4r8OA
Little update of "Collection of morphological matrices ..." https://t.co/vJiGknPfwy via @figshare
includes NEXUS-formatted versions of TNT matrices used and provided (#opendata) as supplement to https://t.co/C3qOggHkfC and https://t.co/uP7ZjeBt3Q
And this week on #GWoN, a break from posting on #coronavirus. Instead going back in time when viruses had no use for humans to illustrate a principal problem: how one tip can change a tree.
https://t.co/DK1hJZH9aM
(I do like this #dinobird supermatrix: https://t.co/C3qOggHkfC) https://t.co/mAFpTWJDeu
@MarcosEcoRI @darkgabi Cara, eu lembro que em 2008 quando estava escrevendo minha dissertação já tinha autor contrário ao grupo. Tem um trabalho recente do Hartamn et al. 2019 que ainda usa.
https://t.co/SdzZwCdDvk
@Wolpard Looks like they deduced Balaur was even more advanced than Zhongornis to begin with. Weird stuff. https://t.co/hFCT1AhBdN https://t.co/C8U1dOSDCC